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[琼脂/藻酸盐复合水胶体印模的改良方法。琼脂凝胶/藻酸盐组合的粘结强度]

[Improved method for combined agar/alginate hydrocolloid impression. Bond strength of combination agar-gel/alginate].

作者信息

Hashimoto K, Nomata H, Ohta T, Masaki H, Habu H

出版信息

Shika Zairyo Kikai. 1989 Jul;8(4):525-32.

PMID:2491162
Abstract

The authors have been developing an improved method that an alginate mix is applied to gelled agar to obtain precise impressions. In the present study, the bond strength of the improved method was investigated. Thirty-one agar impression materials and thirteen alginate impression materials were used. The tensile-bond strength between an alginate (VAd) and various agars (exp. 1), and between an agar (DBRS) and various alginates (exp. 2), was measured by means of the Instron Testing Machine (model 1123) operated at a cross-head speed of 500 mm/min. The bond strength varied with the combinations of the products of agar and alginate. The bond strength of some combinations was higher than the stress in removing impressions from the mouth. Comparing the products of the same manufacture, the bond strength varied with the different colors (composition) of agar, but didn't vary with the different types of cartridge++ or syringe. The result suggested that the bond strength between agar and alginate depended, not only on the agar, but also on the alginate.

摘要

作者们一直在开发一种改进方法,即将藻酸盐混合物应用于凝胶状琼脂以获得精确印模。在本研究中,对该改进方法的粘结强度进行了研究。使用了31种琼脂印模材料和13种藻酸盐印模材料。通过以500mm/min的十字头速度运行的英斯特朗试验机(型号1123)测量藻酸盐(VAd)与各种琼脂之间(实验1)以及琼脂(DBRS)与各种藻酸盐之间(实验2)的拉伸粘结强度。粘结强度随琼脂和藻酸盐产品的组合而变化。某些组合的粘结强度高于从口腔中取出印模时的应力。比较同一制造商的产品,粘结强度随琼脂的不同颜色(成分)而变化,但不随不同类型的药筒++或注射器而变化。结果表明,琼脂和藻酸盐之间的粘结强度不仅取决于琼脂,还取决于藻酸盐。

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